BINDER CO2 incubator CBF 260
The BINDER CO2 incubator CBF 260 is a high-performance device for cell cultivation and ideal for demanding applications in GMP environments. Thanks to its sophisticated design and precise regulation of temperature, humidity and CO2 value, it ensures optimum growth conditions for various cell types. Compared to other incubators, it impresses with its hot-sterilisation function and contamination-proof humidification system, which reduces maintenance and maximises reliability.
Properties and advantages
This incubator combines numerous advanced features that are specifically tailored to the requirements of biotechnological and pharmacological laboratories. The most important features include:
- Temperature range from +6 °C above room temperature to 50 °C for versatile incubation conditions
- High spatial temperature accuracy of ±0.4 K and temporal deviation of only ±0.1 K
- Humidity range between 50 and 95 % relative humidity, without conventional water tray
- IR CO2 sensor for precise monitoring of the CO2 content up to a maximum of 20% by volume
- Short recovery times after door openings (approx. 6 minutes for temperature, 5 minutes for CO2)
- Interior volume of 267 litres with seamless stainless steel inner chamber for easy cleaning
- Robust power of 1.5 kW at a nominal voltage of 200-230 V or 100-120 V
In addition, a CO2 fail-safe system and a fault-diagnostic controller with visual and audible alarm ensure a high level of protection for sensitive samples. Intuitive touchscreen operation and the option to read out measured values via USB support convenient device management. The option to use CO2 and O2 control flexibly makes it possible to precisely simulate hypoxic conditions.
Hot ice sterilisation at 180 °C and the fanless design reduce the risk of microbial contamination. As no water bath is required, the operating costs are very low. At the same time, the cleaning concept is particularly quick and easy to implement: After the sterilisation phase, the device can be put back into operation in compliance with standard protocols for sterile work. The advantages of this technology are particularly evident in the field of cell therapy, as even sensitive cell types can be cultivated in a stable and reproducible manner.
Certifications and standards
The incubator is designed for use in GMP environments and fulfils important safety and quality standards. Its design is based on recognised standards to demonstrate temperature distribution and operational stability. Thanks to the available accessories and extensive options, the system can also be easily customised to meet specific compliance guidelines.
Application examples
The versatile incubator covers a wide range of possible experiments. Common applications include:
- Cell biology research: long-term cultivation of mammalian cells and primary cultures under constant conditions
- Pharmaceutical and drug research: testing cell lines for reactions to new or existing active ingredients
- Tissue engineering: creation of tissue substitutes in laboratory environments, for example for skin, bone or cartilage tissue
- Biotechnological production processes: Fermentation and multiplication of cells in enzyme or antibody production
Culture media such as RPMI 1640, DMEM or MEM are often used in these processes, which are maintained at optimum quality thanks to precise humidity and CO2 control. If a regulated oxygen concentration is required, for example between 0.2 and 20 % O2, this can be realised via a corresponding option package. For cell therapy approaches, compartmentalisation can also be created to keep different cell lines separate.
FAQs
How often do I need to clean the interior?
Due to the hot sterilisation at 180 °C and the contamination-proof humidification system, the cleaning effort is significantly reduced. As a rule, routine cleaning is sufficient, depending on the frequency of use and laboratory standards.
Do I need to use a water bath?
No, the device has a direct humidification system without a water tray. This minimises the risk of contamination and significantly reduces maintenance work.
What happens in the event of a spontaneous CO2 shortfall or excess?
An integrated fail-safe mechanism automatically regulates the CO2 flow and ensures that the samples are not damaged by incorrect pH values. An alarm is also triggered in the event of deviations.
How quickly does the incubator recover after a door opening?
Both the temperature and CO2 level usually return to the set value within a few minutes (approx. 6 minutes for temperature, approx. 5 minutes for CO2) after a 30-second door opening, so that samples are optimally protected.
What options are available for O2 regulation?
In addition to the standard variant, versions with O2 control ranges from 0.2 to 20 % and even up to 10 to 90 % are available. This allows hypoxic or hyperoxic conditions to be simulated precisely.
Conclusion
The incubator is an excellent choice for modern laboratory environments thanks to its extensive range of functions, first-class temperature and humidity stability and efficient hot-ice sterilisation. Whether for cell culture work, drug research or demanding tissue engineering processes: It guarantees maximum contamination safety, user-friendliness and constant cultivation conditions. Its sophisticated system design and variability in CO2 and O2 control make it a reliable and flexible laboratory partner.
| Load max.: | 11 - 50 kg |
| Width outside (incubators,...): | 740 mm |
| Width inside (incubators,...): | 620 mm |
| Maximum temperature (heat): | + 50 °C |
| Height outside (incubators,...): | 1020 mm |
| Height inside (incubators,...): | 750 mm |
| Incubator model: | incubatorCO2 incubator |
| Interior volume: | 201 - 300 l |
| Maximum power: | 1.5 kW |
| Cabinet type: | incubator |
| Depth outside (incubators,...): | 785 mm |
| Depth inside (incubators,...): | 575 mm |
| Shipping weight: | 126,00 Kg |
| Product weight: | 126,00 Kg |
| Dimensions: | × × cm |
